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17 jul 2025 - A thermodynamic comparison between conventional, autothermal, and sorption-enhanced bio-oil steam reforming
Texto plano - 7,7 KB - MD5: af8db23339faacc30063e51079730d8b
Green hydrogen production from waste biomass pyrolysis fractions by auto-thermal reforming in a membrane reactor BIOWASTETOH2(URJC)
16 jul 2025Universidad Rey Juan Carlos
The project (BiowastetoH2) aims to contribute to the decarbonisation of the European energy system by producing green hydrogen from waste streams. This, the main objective of the project is the production of renewable hydrogen from residual streams from biomass pyrolysis by means...
Figure 1-FTIR spectra of G, PEG, g-C3N4, and the different nanocomposites.tif
Figure 1-FTIR spectra of G, PEG, g-C3N4, and the different nanocomposites.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 506,2 KB - MD5: e97e5c10ff779916414dc64c3bf61bf5
Figure 2-XRD spectra of G, PEG, g-C3N4, and the different nanocomposites.tif
Figure 2-XRD spectra of G, PEG, g-C3N4, and the different nanocomposites.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 361,1 KB - MD5: ce32f5185cca513bd661fe1c0356047f
Figure 3-SEM images of G-PEG-g-C3N4-5-FU at different magnifications.tif
Figure 3-SEM images of G-PEG-g-C3N4-5-FU at different magnifications.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 521,9 KB - MD5: 97924356c98c3c2fa76bf8d312a8b5a6
Figure 4-5FU release from PEG-g-C3N4-5-FU at the indicated pHs.tif
Figure 4-5FU release from PEG-g-C3N4-5-FU at the indicated pHs.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 163,1 KB - MD5: 10c20418391767d2e88269b95077d4fb
Figure 5-Citotoxicity of the indicated compounds.tif
Figure 5-Citotoxicity of the indicated compounds.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 292,9 KB - MD5: d54f522ede660d44f4ce8e35c87fd5ec
Figure 6-Flow citometry analysis of MCF-7 cells treated with the control group.tif
Figure 6-Flow citometry analysis of MCF-7 cells treated with the control group.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 163,3 KB - MD5: 9bdae6d968797a47e22880f7cc9ea17a
Figure 7-Flow citometry analysis of MCF-7 cells treated with G-PEG-g-C3N4.tif
Figure 7-Flow citometry analysis of MCF-7 cells treated with G-PEG-g-C3N4.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 150,0 KB - MD5: f48480938d15782ba86d3a6eff87154b
Figure 8-Flow citometry analysis of MCF-7 cells treated with G-PEG-g-C3N4-5-FU.tif
Figure 8-Flow citometry analysis of MCF-7 cells treated with G-PEG-g-C3N4-5-FU.tif
15 jul 2025 - Gelatin/Polyethylene glycol/g-C3N4 hydrogel with olive oil as a sustainable and biocompatible nanovehicle for targeted delivery of 5-fluorouracil
Imagen TIFF - 178,0 KB - MD5: d5ddd1e6e3f61d190dd6190f5592018f
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